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Thermodynamic Properties of Methanol in the Critical and Supercritical Regions

Author: A. Abdurashidova
A. Nadejdine
A. Polt
A.A. Povodyrev
A.K. Soper
A.L. Lydersen
A.P. Kudchadker
A.Z. Francesconi
A.Z. Golik
A.Z. Patashinskii
D. Ambrose
D. Ambrose
D. Ambrose
D. Ambrose
D.J. Rosental
D.J. Rosental
D.M. Niederhausern Von
E. Hueltenschmidt
E. Salwedel
E.D. Nikitin
E.D. Nikitin
F. Vesely
G.C. Schmidt
G.C. Schmidt
G.C. Straty
G.S. Gurdial
H. Adidharma
H. Kitajima
H.D. Eichholz
H.E. Dillon
I. Cibulka
I. M. Abdulagatov
I.G. Economou
I.K. Kamilov
I.M. Abdulagatov
I.M. Abdulagatov
I.M. Abdulagatov
I.R. Krichevskii
J. F. Ely
J.B. Hannay
J.L. Fulton
J.L. Hales
J.M. Costello
J.M. Dobbs
J.M. Dobbs
J.M. Dobbs
J.M. Simonson
J.M. Skaates
J.M. Smith
J.R.S. Machado
J.V. Sengers
K.A. Kobe
K.G. Akhmetzyanov
K.G. Akhmetzyanov
K.M. Dooley
K.M. Reuck de
K.S. Abdulkadirova
L. Crismer
L. Sun
L. Vlcek
L.C. Wilson
L.D. Landau
M. Banaszak
M. Centnerszwer
M. Gude
M. Hirata
M. Radosz
M.A. Anisimov
M.M. Aliev
M.M. Bashirov
M.M. Hoffman
M.P. Ekart
M.Y. Belyakov
M.Y. Belyakov
N. G. Polikhronidi
N.B. Vargaftik
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
N.G. Polikhronidi
O. Osada
P.G. McCracken
P.G. McCracken
P.T. Eubank
R. Fischer
R. Nakayama
R.A. Wilsak
R.C. Wilhoit
R.D. Goodwin
R.F. Mocharnyuk
R.J.B. Craven
R.S. Finkelstein
S. B. Kiselev
S. Boyette
S. Young
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.B. Kiselev
S.M. Loktev
S.S.T Ting
S.Y. Noskov
T. Kuroki
T. Vlachou
T.J. Bruno
T.K. Yerlett
T.W. Loos de
V. Niesen
V.F. Nozdrev
V.N. Zubarev
V.N. Zubarev
V.P. Belousov
W. Ramsay
W. Wagner
W. Wagner
W.B. Kay
W.B. Kay
W.G. Chapman
W.G. Chapman
W.J. Schmitt
W.L. Marshall
Y.V. Efremov
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

THERMODYNAMIC PROPERTIES OF OXYGEN COMPOUNDS I. VINYL ACETATE

Author: Goyal H.B
Kudchadker A.P
Kudchadker S.A
Publication venue
Publication date
Field of study

A complete vibrational assignment is made and ideal gas thermodynamic properties of vinyl acetate have been reported from 100-1500 K. Internal rotational contributions have been calculated using Pitzer and Gwinn's tables

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